Some experts believe role overload that a diet rich could promote. The amount of oxalate kidney sto

It is possible to reduce the following changes in everyday life to carry the risk of kidney stones: Drink throughout the day with plenty of water - For people who have a history of kidney stones, it is a good idea to at least 2.5 liters of urine to produce per day. A doctor, a patient sometimes ask if they can measure. Urine output throughout the day This is done in order to ensure that the patient drink enough water. When it gets warmer outside, or when the person sweat a lot then it may be possible role overload that you need to drink more water just to produce enough. Urine frequently If the urine is light and bright then you can assume that you drink enough water. Eat fewer foods oxalaatrijke - If the patient often suffers from calcium oxalate stones or a family history role overload then it is a good idea to avoid foods high in oxalates as possible. Certain products with many oxalates are rhubarb, beets, okra, spinach, chard, sweet potatoes, nuts, tea, chocolate, and various soy products. Choose a diet low in salt and animal protein role overload - Reduce the amount of salt you consume role overload in your daily diet and choose non-animal sources of protein, such as legumes. Eat calcium rich foods, role overload but be careful with calcium supplements - Calcium in the diet has no direct effect on the risk of kidney stones. Unless a doctor advises otherwise, it is important to continue eating. Calcium-rich foods It's a good idea to talk it before you start with calcium supplements, because they are linked to an increased risk of kidney stones with the doctor. You can reduce the risk by taking calcium supplements. These supplements with a meal
Medications Certain medications can keep the amount role overload of minerals and acid in our urine control and may be useful in people who suffer certain role overload types of kidney stones. The type of medication that a doctor will prescribe will depend on the specific nature of the kidney stones themselves. Here are some examples: Calcium stones - To prevent role overload calcium stones begin to form, the doctor may prescribe a thiazide or a phosphate-containing preparation for writing. Uric acid stones - In this case, the doctor will prescribe allopurinol, role overload this is a drug that the amount of uric acid in the blood and urine brings role overload down and causes the urine remains alkaline. In some cases, allopurinol and an alkaline agent may even dissolve uric acid stones. Struvite stones - To prevent struvite stones, the doctor may recommend certain strategies to keep it free of urinary infection-causing bacteria. Prolonged use of small doses of antibiotics can help to achieve this goal. For example, a doctor may, for example, an antibiotic before role overload and for some time after the surgery to treat recommend. Kidney stones Cystine stones - cystine stone formation can be difficult to treat. The doctor may advise you to drink more so the body produces more urine. If that alone does not work well enough then the doctor may prescribe a drug that reduces the amount of cystine in the urine.
What causes calcium oxalate kidney stones? Calcium kidney stones form the majority of kidney stones, so much so that about 85 percent of all problems with kidney stones are calcium kidney stones. Calcium role overload binds to oxalate and phosphate in the intestine and urinary tract, this allows for the formation of these hard calcium stones. Although there is no directly identifiable cause of calcium oxalate kidney stones a number of factors may indeed have an influence role overload on the formation of calcium oxalate stone. Genetic factors
According to several experts, genetics and family history play a clear role in the formation of these kidney stones. Calcium oxalate kidney stones role overload occur in people who have high levels of calcium, oxalate, and have acid in their urine. role overload The exact reasons for these persons have amounts greater than normal amounts role overload of calcium and oxalate are largely unknown, but may involve, for example, or genetic factors which reduces the absorption role overload of calcium and oxalate regulate role overload and promote in this way kidney stone formation.
Calcium can combine with oxalate during digestion, which produces calcium oxalate. When calcium binds to the oxalate can then not be easily absorbed. role overload Into the body This allows these stones are also quite easy to make because role overload the kidneys and urinary tract will contain. Increasing amounts of calcium oxalate
Some experts believe role overload that a diet rich could promote. The amount of oxalate kidney stones containing foods These foods include dark leafy vegetables such as spinach, chard, beets, as well as chocolate